Hydrogen Fuel Cell

Clean, Reliable & Zero-Emission Power Solutions

Our Hydrogen Fuel Cell Systems deliver clean, efficient, and dependable power by converting hydrogen directly into electricity through an electrochemical process. Unlike conventional generators, hydrogen fuel cells produce electricity with zero harmful emissions, making them an ideal solution for sustainable energy applications.

Designed for high efficiency, low maintenance, and quiet operation, our fuel cell systems provide continuous and reliable power for commercial, industrial, telecom, backup power, transportation, and renewable energy integration.

Key Features

• Zero Emissions – Produces only water and heat as by-products.
• High Energy Efficiency – Delivers more usable energy compared to traditional combustion engines.
• Quiet Operation – Low noise levels suitable for indoor and outdoor installations.
• Fast Start-Up – Rapid power delivery with minimal warm-up time.
• Low Maintenance – Fewer moving parts reduce maintenance requirements and operational costs.
• Scalable Design – Available in multiple power capacities to meet different application needs.
• Reliable Performance – Continuous power generation for mission-critical operations.
• Renewable Energy Compatible – Integrates seamlessly with solar, wind, and battery energy storage systems.

How It Works

A hydrogen fuel cell generates electricity by combining hydrogen and oxygen through an electrochemical reaction.

1. Hydrogen enters the fuel cell stack.
2. Oxygen is supplied from ambient air.
3. The electrochemical process generates electricity.
4. Heat and pure water are produced as the only by-products.
5. Electricity powers connected equipment or charges battery storage systems.

No combustion occurs, resulting in cleaner, quieter, and more efficient power generation.

System Specifications

Category	Parameter	Value / Specification
Electrical	Rated Power	5 kW
	Current Range	0 – 210 A
	Voltage Range	20 – 48 V
Mechanical	Dimensions (W × L × H)	445 × 655 × 490 mm
	Ingress Protection	IP42 (System) / IP67 (Wiring & Electronics)
Anode Line	Connections	Swagelok Standard Fittings
	Inlet Pressure	3 – 4 bar(g)
	Hydrogen Quality	ISO 14687:2019 Type I, Type II – Grade D
Cathode Line	Components	Integrated Air Compressor & Inverter
	Requirements	Fresh Air Supply, Depleted Air Extraction, Drainage for Condensed Water
Cooling Line	Coolant	DI Water & Glycol
	TIN	65 – 75 °C
	TOUT	75 – 85 °C
Other Interfaces	Power Supply	12 V / 48 V
	Communication	CAN Interface

Efficiency Curve

System Boundaries

Available Models

Model	Rated Power
FC-5	5 kW
FC-10	10 kW
FC-20	20 kW
FC-30	30 kW
FC-40	40 kW